Live Feed Production Systems

Live Feed Production Systems
Artemia Live Feed Production Systems

Artemia Hatching Systems

Artemia Live Feed Production

The Artemia Salina Hatching and Enrichment Module Tanks are an efficient hatching environment of Artemia salina cysts as well as a proper enrichment environment for Artemia salina Nauplii I and II.

The units provide accuracy and control of the hatching and enrichment conditions and offer excellent performance, bio secure hatching environment, stable hatching media physicochemical parameters, ease of operation and robust fabrication in a superior quality.

Artemia Hatching Systems (Live Feed Production)

Success of the Artemia Salina Culture Process

Artemia salina nauplii is used in aquariums, institutes, universities, laboratories, aquaculture and ornamental sector and is considered as a beneficial and nutritional food source at the critical larvae stages, providing better survival rates and larvae quality.

The natural DHA and EPA resources of Artemia salina Nauplii, in addition with the Enrichment process in an absolute controled environment guarantee the culture process.

The Artemia salina biology is one of the main reasons that Marine Fin Fish Farming has succeeded and is providing, nutritional solutions to the human population of the planet.

Equipment Structure

MAT-KULING Artemia LFP Skid Systems include four pieces of single vessels mounted upon one table, where each vessel is 18,5lt. Only one valve with a camlock is used for each vessel to collect the livestock and for drainage.

Artemia Hatching System
Artemia Hatching System

Rotifers Culture Systems

Rotifers Live Feed Production

The Rotifers Live Feed Production Unit is designed to provide an efficient means of Rotifers culture and enrichment conditions, providing excellent performance, ease of operation and robust fabrication in a higher quality.

Nutritionally critical for Larvae

Live rotifers are used in aquariums and aquaculture and are generally considered nutritionally critical and necessary as a food source for marine organisms and more specific for their larvae stages.

Rotifer Culture Systems (Live Feed Production)

The culture of Rotifer, in early 1950s, provided the boom to the evolution of marine fin fish sector. Rotifers are the first food for the newly hatched larvae, when they absorb their yolk sack their first feed are Rotifer, which indicates the value of proper culture and enrichment facilities.

Equipment Structure & Operation

The MAT Rotifer Skid System consists of the vessel, the nutrition tank, the dosage pump, and the air stone. Three pieces of single vessels are mounted upon one table, where each vessel is of 17lt. The air stone is utilized to provide the necessary oxygenation by diffusing air into the vessel. The air supply blower is an external part (not included) of the skid. Only one valve with a camlock is used for each vessel to collect the livestock and for drainage.

Rotifers Culture Systems Live Feed Production
Rotifers Culture Systems LFP

The MAT-KULING Rotifer Skid System offer excellent performance in Rotifer culture conditions distributing the Rotifer feed equally in every single point of the Unit, assisting the Rotifers to obtain their nutritional value.

The Rotifer Skid System procides a controlled physicochemical environment, culture and enrichment conditions of the Rotifer, which is vitally critical for the EPA and DHA nutritional value and better survival and quality of the larvae.

Copepods Culture Systems

Copepod Live Feed Production

Copepod Culture System
Copepod Culture System

MAT Copepod Live Feed Production units are designed to provide an efficient means of Copepod reproduction, providing excellent performance, ease of operation and robust fabrication in a higher quality.

Live copepods are used in aquariums and aquaculture and are generally considered beneficial as a food source.

MAT Copepod LFP Skid includes one vessel of 420lt and the sump of 450lt. Only two valves with camlock are used. The first one is used for livestock collection and drainage and is located on the sump. The second one is used to transfer from the vessel to the sump.

Copepods Culture Systems Live Feed Production

Live Feed Production Systems - SPECIFICATIONS

Skid Unit:Artemia Reproduction Skid
Footprint Width
mm
1800
Footprint Depth
mm
600
Max. Height
mm
1495
Table Height
mm
640
Vessel Volume
Lt
18,5
Camlock Valves qty
pcs
1
Valve
mm
32
Camlock Size
in
1
Skid Unit:Copepod Reproduction Skid
Footprint Width
mm
900
Footprint Depth
mm
900
Max. Height
mm
2295
Table Height
mm
1395
Copepod Vessel Diameter
mm
800
Copepod Vessel Volume
Lt
420
Sump Volume
Lt
450
Camlock Valves qty
pcs
2
Valve
mm
32
Camlock Size
in
1
Skid Unit:Rotifer Reproduction Skid
Footprint Width
mm
2400
Footprint Depth
mm
710
Max. Height
mm
1510
Table Height
mm
900
Vessel Volume
Lt
17
Camlock Valves qty/vessel
pcs
1
Valve
mm
32
Camlock Size
in
1
Chemical Tank
* MAT-KULING AS™ preserves the right to update anytime the listed prices (if any). Every effort has been made so that the above specs are accurate. However please contact our Sales Department for up to date technical data, electrical specs according to your regional requirements and current Ex-Works pricelist. The listed prices are for the basic equipment and do not include any optional components.